Simulative Analysis of Multi-Protocol Label Switching (MPLS) Network and Estimation of Network Life Time

Abstract

Multi-Protocol Label Switching is a traffic routing mechanism within telecom networks. It allows each
customer’s data to be kept separate from other data streams through the use of specific labels that direct packets
along pre-determined paths through the network. But is MPLS secure. The generally accepted answer is yes.
MPLS security does have potential vulnerabilities, but they are largely theoretical with the exception of flaws due
to misconfiguration. Using MPLS (Multiprotocol Label Switching) routing in LEACH will make it multi-hop,
reducing total block header power dissipation in each cluster and network life. To reduce group head power loss,
relay nodes with higher power nodes are used to collect and transfer data from the group header to the sump.
Within the network the power allocated to each node is 100 units per node. Communication ceased, and vitality
decreased. Since the above configuration refers specifically to changed MLPS as opposed to LEACH, SEP,
EAMMH, and DEEC, the power loss is less during contact. The MLPS network has increased as compared to
LEACH, SEP, EAMMH, Kid, and DEEC. The paper presented that how MLPS perform at MATLAB-2013 with
profound Network life time along with comparison of LEACH, SEP, EAMMH and DEEC